Tate’s non-archimedean uniformization of elliptic curves

E896827

Tate’s non-archimedean uniformization of elliptic curves is a foundational theory in arithmetic geometry that describes certain elliptic curves over non-archimedean fields via analytic uniformization using formal q-expansions, leading to what are now called Tate curves.

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Predicate Object
instanceOf mathematical theory
theory in arithmetic geometry
uniformization theory
appliesTo elliptic curves over non-archimedean fields
elliptic curves with split multiplicative reduction
characterizes elliptic curves with non-integral j-invariant
elliptic curves with split multiplicative reduction over local fields
context elliptic curves over complete non-archimedean fields
elliptic curves over p-adic fields
describes elliptic curves as quotients of the multiplicative group
elliptic curves via analytic uniformization
developedBy John Tate NERFINISHED
field arithmetic geometry
non-archimedean analytic geometry
p-adic analysis
foundationFor non-archimedean analytic uniformization methods
theory of Tate curves NERFINISHED
generalizedBy Mumford curves theory
Raynaud’s p-adic uniformization of abelian varieties
hasOutcome classification of certain elliptic curves via q-parameters
explicit formulas for invariants of elliptic curves in terms of q
influenced development of rigid analytic geometry
p-adic uniformization of abelian varieties
involves parameter q with |q|<1 in a non-archimedean field
quotient of the multiplicative group by a discrete subgroup
namedAfter John Tate NERFINISHED
produces Tate curves NERFINISHED
provides analytic parametrization of points on elliptic curves
explicit q-parameter for elliptic curves
relatesTo Galois representations attached to elliptic curves
Néron models of elliptic curves
Weierstrass equation of elliptic curves NERFINISHED
j-invariant of elliptic curves
timePeriod 1960s
usedIn Iwasawa theory of elliptic curves
computation of conductors of elliptic curves
p-adic modular forms
study of local L-factors of elliptic curves
theory of q-expansions of modular forms
usesConcept formal power series
non-archimedean absolute value
p-adic analytic functions
q-expansion
rigid analytic geometry

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John Tate notableWork Tate’s non-archimedean uniformization of elliptic curves